中文
English

Smart Water Conservancy Solution

2024-04-24

I. Product Description

The Smart Water Conservancy solution of Chuangxin Group comprehensively integrates technologies such as big data, the Internet of Things (IoT), cloud computing, and GIS geographic information systems. It integrates water conservancy infrastructure management, hydrological and water quality monitoring, water resource allocation and scheduling, hydrodynamic simulation, and large-screen visual display. By integrating a real-time water resource monitoring and management system, it achieves functions such as water conservancy basic information query, hydrological statistics, water quality evaluation, online pollutant monitoring and control, and water resource scheduling management. This provides technical support for the scientific management and rational allocation of water resources, and offers customers a scientific and effective basis for decision-making and management.


Smart Water Conservancy Solution

II. Product Functions

  1. Real-time Monitoring: Monitors data related to hydrology, water quality, water ecology, and water security through long-term serial monitoring (online monitoring combined with manual collection). Real-time and historical data are dynamically displayed in the form of graphs, text, tables, and videos.

  2. Business Management: The water resource business management module serves the daily operations of water administrative departments at all levels, including water resource protection, water allocation, water intake, water supply, water use, drainage, and water resource statistics management, enabling online processing of water resource-related businesses. It primarily covers the management of drinking water sources, water supply projects, water intake permits, water resource demonstration, water function zones, groundwater overexploitation areas, planned water use and water conservation, river 排污口 (sewage outfalls), water ecosystem protection and restoration, water resource planning, water allocation, water resource information statistics, and water supply/drainage industry management.

  3. Simulation and Assessment: Combines hydrological, hydrodynamic, and water quality models with 3D demonstration technology to form an integrated application management platform for monitoring, process simulation, dynamic demonstration, assessment, and decision-making. This provides technical support for decisions on dynamic water resource management and comprehensive water pollution control.

  4. Scheduling and Decision-making: Utilizes water resource analysis, evaluation, and prediction models, along with GIS technology and database resources, to evaluate and predict the quantity and quality of water resources. This provides a basis for regional water resource scheduling.


Read298
share